Intel Atom Processor Road Map Springs a Leak

By Scott Ferguson |
Posted 2008-12-08

Intel is planning to shrink its line of Atom processors to 32-nanometers in the second half of 2010 and the chip giant plans to develop new technology for both its mobile Internet device and netbook platforms under the codename "Medfield," according to a recent research report from UBS Investment Research.

In addition to its 32-nm plans in 2010, Intel plans to offer a new Atom processor for netbooks - codenamed "Pineview" - in the second half of 2009, according to the UBS research note. Intel is also planning a new chip set for netbooks at the same time, which will use the company's own graphics technology.

The UBS research note - "Intel Atom: Netbook, Opportunity or Threat?" - was originally released Dec. 3, and then picked up by several publications, including Cnet's Nanotech blog on Dec. 7.

On Dec. 8, Bill Kircos, an Intel spokesman, confirmed to eWEEK that Intel's new Atom processor for netbooks is codenamed Pineview, but he declined to discuss the other aspects of the UBS report, including the reported shift to a 32-nm Atom chip in 2010.

In the UBS report, the analyst report that the new netbook platform will use Intel's own graphics technology, but that the chip giant plans to continue to use graphics technology from Imagination Technologies for its MID platform. The UBS report also indicates that Intel is working on its graphics driver to ensure that netbooks based on the Atom processor work with Microsoft Windows.

"In addition, Intel has spent a lot of effort developing its graphics driver set to work in the Windows environment running popular applications," according to the UBS report. "Note that unless Microsoft offers a lower cost version of Vista Premium/Windows 7-equivalent for netbooks, we do not expect the Windows user interface to be a primary driver of netbook graphics performance."

When Intel switches to a 32-nm processor and the Medfield platform, the company's engineers plans to offer an even more intricate SOC design and incorporate the processing cores, video technology, the memory controller and the I/O onto the same piece of silicon, according to the UBS research note.